1999Osaka City University (Osaka City University)Open access

Study of methodology of practical parameter estimation for groundwater modeling based on Hydrogeological classification

Naoaki Shibasaki

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Abstract

The most recent groundwater simulation programs can consider various types of boundary conditions as well as the anisotropy and heterogeneous nature of aquifer systems, but, in fact, it is difficult to input reliable parameter sets into the model by aquifer unit and by area. Particularly in developing countries, shortages of essential hydrogeologic data are often observed in the areas where severe groundwater problems occur....

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The most recent groundwater simulation programs can consider various types of boundary conditions as well as the anisotropy and heterogeneous nature of aquifer systems, but, in fact, it is difficult to input reliable parameter sets into the model by aquifer unit and by area. Particularly in developing countries, shortages of essential hydrogeologic data are often observed in the areas where severe groundwater problems occur....

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Available abstract

The most recent groundwater simulation programs can consider various types of boundary conditions as well as the anisotropy and heterogeneous nature of aquifer systems, but, in fact, it is difficult to input reliable parameter sets into the model by aquifer unit and by area. Particularly in developing countries, shortages of essential hydrogeologic data are often observed in the areas where severe groundwater problems occur....

Key concepts: Hydrogeology, Groundwater, Estimation, Computer science, Environmental science, Hydrology (agriculture), Water resource management, Geology

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